1968 …2018
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Fingerprint Dive into the research topics where Herman Krier is active. These topic labels come from the works of this person. Together they form a unique fingerprint.

Engineering & Materials Science

Solid propellants
Propellants
Aluminum
Ignition
Detonation
Temperature
Plasmas
Shock tubes
Rocket engines
Gases
Boron
Lasers
Coal dust
Oxygen
Air
Propulsion
Rockets
Coal
Packed beds
Hydrazine
Hydrogen
Emission spectroscopy
Experiments
Anodes
Argon
Argon lasers
Heat transfer
Particle size
Flammability
Fuel burners
Temperature measurement
Fluid mechanics
Water vapor
Nozzles
Time delay
Electrons
Fluorine compounds
Streak cameras
Ultrasonics
Electron temperature
Flow of gases
Binders
Kinetics
Boundary layers
Fluorine
Hydrides
Gas heating
Thermodynamics
Electrostatics
Explosions

Physics & Astronomy

General

solid propellants
propellants
flames
detonation
rockets
oxidizers
temperature measurement
deflagration
shock
lasers
vapor phases
propellant grains
emissivity
beds
fireballs
predictions
atmospheres
products
time lag
nozzles
optical thickness

Chemistry and Materials

aluminum
boron
aluminum oxides
hydrazines
oxygen
air
composite propellants
water vapor
hydrogen
natural gas
aluminum hydrides
gases
flammability
ammonium perchlorates

Physics

burning rate
temperature
flame propagation
heat transfer
dust
transient pressures
accommodation coefficient
hydrogen plasma

Engineering

ignition
shock tubes
laser propulsion
anodes
propulsion

Aerospace Sciences

coal

Mathematical and Computer Sciences

Mach number

Chemical Compounds

Aluminum
Solid propellants
Detonation
Propellants
Ignition
Coal
Temperature
Gases
Coal dust
Shock tubes
Temperature measurement
Air
Boron
Heat transfer
Flammability
Oxygen
Aluminum Oxide
Ashes
Shock waves
Emission spectroscopy
Dust
Steam
Velocity measurement
Powders
Packed beds
Sulfur
Pyrometry
Explosions
Two phase flow
Carbon Dioxide
Time delay
Natural gas